Gemessen am 2026-07-04 · öffentliches DNS
Ist chu-dijon.fr gegen E-Mail-Spoofing geschützt?
Noch nicht — chu-dijon.fr beobachtet DMARC nur (p=none); gefälschte Mails können weiterhin zugestellt werden.
Haltung unverändert seit dem 2026-06-19
Stärker geschützt als 33 % der sante in Frankreich
0 % der Branche setzt bereits p=reject durch
D
DMARC
p=none
SPF
-all
DKIM
keiner gefunden
So behebst du es
Thomas, der DMARC-Copilot, findet jede Quelle, schreibt das exakte DNS und bringt deine Domain sicher von p=none zu p=reject.
Veröffentlichter Eintrag
v=DMARC1;p=none;rua=mailto:easy664020@easydmarc.com;ruf=mailto:ruf@rep.easydmarc.com;fo=1Was das bedeutet
- • Politique p=none : surveillance seule, aucun message non authentifié n'est bloqué.
- • Aucune clé DKIM trouvée sur les sélecteurs courants (le domaine peut utiliser des sélecteurs non standards).
Verlauf
- 2026-06-26Erste MessungNur Beobachtung (p=none)
Über CHU Dijon
Dijon University Hospital (CHU Dijon) is a major healthcare facility in the Bourgogne-Franche-Comté region, delivering care, medical education, and research missions. Operating as a strategic actor within the French healthcare system, CHU Dijon manages a complex digital ecosystem encompassing hundreds of staff members including physicians, nurses, administrators, and technical personnel, alongside numerous interconnected digital services. The chu-dijon.fr domain handles official communications, patient exchanges, partnerships with medical institutions, interactions with health authorities, and external vendor communications. Given the sensitive nature of processed data—including medical records, protected personal information, and administrative records—email authentication security is critically important. CHU Dijon faces substantial domain spoofing risks; attackers could impersonate chu-dijon.fr to target patients, healthcare professionals, or gain unauthorized access to sensitive medical data. As a public healthcare institution, CHU Dijon operates under enhanced cybersecurity obligations, particularly through the NIS2 Directive, which mandates strict protection measures for critical infrastructure and reinforced compliance standards. Additionally, healthcare regulations increasingly require robust safeguards for data integrity and communication authenticity. Implementing strong DMARC authentication combined with SPF and DKIM protocols constitutes an essential barrier to verify legitimate messages, prevent domain spoofing, and strengthen stakeholder confidence in communications originating from CHU Dijon.